A long tube of length /= 25 cm and diameter equal to 2 cm is taken and at its mouth air is blown as shown in figure. The sound emitted by tube will have all the frequencies of the group (velocity of sound = 330 m/s )
Air is blown at the mouth of a tube of length 25 cm and diameter equal to 2 cm open at both ends. If velocity of sound in air is 330 ms^(-1) , the sound emitted will have all the frequencies in the group
An open pipe of length 33 cm resonates to a frequency of 1000 Hz. The mode of vibration is (vilocity of sound =330m//s ).
Air is blown at the mouth of an open tube of length 25 cm and diameter 2 cm. If the velocity of sound in air is 330 ms^(-1) , then the emitted frequencies (in Hz) are
What is minimum length of a tube, open at both ends, that resonates with tuning fork of frequency 350 Hz ? [velocity of sound in air = 350 m/s ]
An open organ pipe of length 11 cm in its fundamental mode vibrates in resonance with the first overtone of a closed organ pipe of length 13.2 cm filled with some gas . If the velocity of sound in air is 330 m//s , calculate the velocity of sound in the unknown gas .
Air is blown at the mouth of an open tube of lenghts 25 cm and diameter 2 cm. If the velocity of sound in air is 330 ms^(-1) , then emitted frequencies are (in Hz)
A siren emiting sound of frequency 800Hz is going away from a static listence with a speed of 30 m//s frequency of sound to be beand by the listener is ("velocity of sound" = 330 m//s)
(iv) A closed organ pipe of length 83.2 cm and 6 cm diameter is vibrated. The velocity of sound is 340 m/s. find the number of overtones in this tube having frequency below 1000 Hz ?
What is the fundamental frequency of an open organ pipe of length 42.5 cm, if the velocity of sound in air is 340 m/s?
